Industry Article: Wireline Sensor Expands Capabilities of DFA

Analysis tool enables downhole measurement of in situ viscosity in real time

Wireline Sensor Expands Capabilities of DFA
Publication: E&P
Publication Date: 07/01/2014

Downhole fluid analysis (DFA) is a critical aspect of well development that helps operators identify key reservoir fluid characteristics, such as hydrocarbon composition, gas/oil ratio and CO2. The capabilities of DFA have been expanded to include a real-time, in-situ wireline method for measuring formation fluid viscosity, a parameter that influences fluid mobility, which is directly related to productivity and fluid displacement.

By understanding the viscosity of downhole fluids, operators can more accurately analyze compositional gradients as well as vertical and lateral reservoir connectivity to estimate the economic value of a reservoir—an important factor in appraisal and early field development. The new wire viscosity sensor represents an important step-change in DFA, providing operators with a stable and precise method to better understand the reservoir’s petroleum system and develop wells economically with reduced risk, cost and uncertainty.

Download: Wireline Sensor Expands Capabilities of DFA (0.39 MB PDF)

Related services and products

Request More Information

Real-Time Downhole Fluid Analysis

InSitu Density
InSitu Family quantitative fluid properties measurements are made at reservoir conditions: density, composition, gas/oil ratio and condensate/gas ratio, CO2, color, fluorescence, and pH.
Visit InSitu Family page